Agricultural Robots
10 tools
Field automation includes autonomous sowing and weeding robots, tractor-mounted implements and autonomy retrofit kits. Compare the crop, row spacing, working width and power supply first. An implement's weight is not the tractor's weight, and a published working-area rate is not a guaranteed field result.
FarmDroid FD60
Agricultural Robots
Wide-format sowing and weeding robot with solar and range-extender power
Announced · Pre-order
FarmDroid FD20
Agricultural Robots
Solar-powered field robot for sowing and mechanical weeding
Not specified · Contact the vendor for pricing
Naïo OZ
Agricultural Robots
Compact autonomous robot for market-garden fieldwork
Not specified · Contact the vendor for pricing
Naïo TED
Agricultural Robots
Autonomous straddle robot for vineyard weeding
Not specified · Contact the vendor for pricing
Carbon Robotics LaserWeeder G2 1200
Agricultural Robots
Tractor-mounted laser-weeding implement with 16 modules
Not specified · Contact the vendor for pricing
Carbon Robotics LaserWeeder G2 600
Agricultural Robots
Tractor-mounted laser-weeding implement with 12 modules
Not specified · Contact the vendor for pricing
Carbon Robotics LaserWeeder G2 400
Agricultural Robots
Tractor-mounted laser-weeding implement with 8 modules
Not specified · Contact the vendor for pricing
Carbon Robotics LaserWeeder G2 300
Agricultural Robots
Tractor-mounted laser-weeding implement with 6 modules
Not specified · Contact the vendor for pricing
Carbon Robotics LaserWeeder G2 200
Agricultural Robots
Tractor-mounted laser-weeding implement with 4 modules
Not specified · Contact the vendor for pricing
Carbon Autonomy
Agricultural Robots
Autonomy retrofit and remote supervision for existing tractors
Beta / limited access
FAQ
Does an agricultural robot drive itself?
Some products are autonomous field vehicles; others require a tractor or retrofit an existing tractor. Check the exact product's mobility, compatible vehicle and supervision requirements.
Which specifications matter for weeding?
Start with crop compatibility, in-row or inter-row operation, row spacing and implement width. Then check field mapping, energy supply and tractor requirements where relevant. Missing values should not be inferred from another model.